Finite Element and Finite Difference Methods in Electromagnetic Scattering

Content: 
Progress in Electromagnetics Research, Page ii
Front Matter, Page iii
Copyright, Page iv
ADVISORY BOARD, Page v
PREFACE, Pages vii-viii, Michael A. Morgan
CONTRIBUTORS, Pages ix-x
1 - PRINCIPLES OF FINITE METHODS IN ELECTROMAGNETIC SCATTERING, Pages 1-68, M.A. Morgan
2 - A FINITE ELEMENT METHOD FOR COMPOSITE SCATTERERS, Pages 69-112, A.H.J. Fleming
3 - COUPLED FINITE ELEMENT AND BOUNDARY ELEMENT METHODS IN ELECTROMAGNETIC SCATTERING, Pages 113-132, K.L. Wu, G.Y. Delisle, D.G. Fang, M. Lecours
4 - ABSORBING BOUNDARY CONDITIONS FOR THE DIRECT SOLUTION OF PARTIAL DIFFERENTIAL EQUATIONS ARISING IN ELECTROMAGNETIC SCATTERING PROBLEMS, Pages 133-173, R. Mittra, O. Ramahi
5 - APPLICATION OF THE CONTROL REGION APPROXIMATION TO TWO-DIMENSIONAL ELECTROMAGNETIC SCATTERING, Pages 175-210, B.J. McCartin, L.J. Bahrmasel, G. Meltz
6 - COUPLED POTENTIALS FOR ELECTROMAGNETIC FIELDS IN INHOMOGENEOUS MEDIA, Pages 211-247, M.A. Morgan
7 - THE METHOD OF CONFORMING BOUNDARY ELEMENTS FOR TRANSIENT ELECTROMAGNETICS, Pages 249-285, A.C. Cangellaris, K.K. Mei
8 - THE FINITE-DIFFERENCE TIME-DOMAIN METHOD FOR NUMERICAL MODELING OF ELECTROMAGNETIC WAVE INTERACTIONS WITH ARBITRARY STRUCTURES, Pages 287-373, A. Taflove, K.R. Umashankar
INDEX, Pages 375-383